DZ and DZX Servo Drives Mounting Card MC1XDZ01 Description Drive Compatibility DZ (Standard Environment) DZX (Extended Environment) 80 V Models 80 V Models 40A 15A 20A 8A 12A The MC1XDZ01 mounting card is designed to host a DZ- or DZX-series Digiflex ® Performance TM digital servo drive. This mounting card offers convenient quick-disconnect connectors (mating screw terminals included). The MC1XDZ01 can either be screw- mounted or attached to a standard DIN tray. The MC1XDZ01 is ideal for prototyping, as all the different drive models work with this single mounting card design. Features \ Mounts DZ- & DZX-Series DigiFlex ® Perfomance TM Digital Servo Drives \ Single Axis Mounting Card \ Standard DIN Tray Dimensions \ On-board Signal Conditioning \ On-board 8-position DIP Switch for Communication Settings \ On-board Jumpers for Board Configuration \ Both Screw Terminal and D-sub Connections for Signal I/O \ Screw Terminal Mating Connectors Included \ On-board CANopen Transceiver for CANopen Communication DRIVES SUPPORTED DZCANTE-012L080 DZCANTE-020L080 DZCANTE-040L080 DZRALTE-012L080 DZRALTE-020L080 DZRALTE-040L080 DZXCANTE-008L080 DZXCANTE-015L080 DZXRALTE-008L080 DZXRALTE-015L080 FEEDBACK SUPPORTED Incremental Encoder Hall Sensors COMPLIANCES & AGENCY APPROVALS RoHS ELECTROMATE Toll Free Phone (877) SERVO98 Toll Free Fax (877) SERV099 www.electromate.com [email protected]Sold & Serviced By:
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The MC1XDZ01 mounting card is designed to host a DZ- or DZX-series Digiflex® PerformanceTM digital servo drive. This mounting card offers convenient quick-disconnect connectors (mating screw terminals included). The MC1XDZ01 can either be screw-mounted or attached to a standard DIN tray. The MC1XDZ01 is ideal for prototyping, as all the different drive models work with this single mounting card design.
Features
Mounts DZ- & DZX-Series DigiFlex® PerfomanceTM Digital Servo Drives
Single Axis Mounting Card
Standard DIN Tray Dimensions
On-board Signal Conditioning
On-board 8-position DIP Switch for Communication Settings
On-board Jumpers for Board Configuration
Both Screw Terminal and D-sub Connections for Signal I/O
Screw Terminal Mating Connectors Included
On-board CANopen Transceiver for CANopen Communication
Weight (not including connectors and mounting hardware) 96 g (3.39 oz)
Notes
*Mating connectors included. **Depth dimension is without mating connectors installed. The total depth with a DZ servo drive mounted on the card will be
equivalent to the depth dimension of the servo drive (including pins). See specific drive datasheet mounting dimensions drawing for value.
This connector mates directly to the drive. For pin functions refer to the drive datasheet.
P2 – Mounting Power Connector
This connector mates directly to the drive. For pin functions refer to the drive datasheet.
P3 – Mounting Power Connector
This connector mates directly to the drive. For pin functions refer to the drive datasheet.
P4 – Signal Connector
Pin Name Description I/O
1 +REF I 2 -REF
Differential reference signal input, 12-bit resolution. Can also be used as programmable analog input 1. I
3 GND Ground GND 4 GND Ground GND 5 PDO-1 Programmable digital output 1 O 6 PDO-2 Programmable digital output 2 O 7 PDO-3 Programmable digital output 3 O 8 GND Ground GND
P5 – Signal Connector
Pin Name Description I/O
1 PDI-1 Programmable digital input 1 I 2 PDI-2 Programmable digital input 2 I 3 PDI-3 Programmable digital input 3 I 4 GND Ground GND 5 +PDI-4 I 6 -PDI-4
Programmable differential digital input, or Step+/Step- or Aux Enc A+/A- I
7 +PDI-5 I 8 -PDI-5
Programmable, differential digital input or Direction+/Direction - or Aux Enc B+/B- I
P6 – Power Connector
Pin Name Description I/O
1 MOTOR A Motor phase A O 2 MOTOR B Motor phase B O 3 MOTOR C Motor phase C O 4 GND Ground GND 5 +HV DC motor power input. This input is used to supply power to the motor. I
1 +5V 5V output from 5V logic supply O 2 GND Ground GND 3 +HALL A Commutation sensor input. Can be used with single ended or differential Hall sensors. I 4 -HALL A Leave open in case of single ended Hall sensors. I 5 +HALL B Commutation sensor input. Can be used with single ended or differential Hall sensors. I 6 -HALL B Leave open in case of single ended Hall sensors. I 7 +HALL C Commutation sensor input. Can be used with single ended or differential Hall sensors. I 8 -HALL C Leave open in case of single ended Hall sensors. I
P8B – Feedback Connector
Pin Name Description I/O
1 +5V 5V output from 5V logic supply O 2 GND Ground GND 3 MOT ENC A+ I 4 MOT ENC A-
Differential Encoder Input. For single ended encoder signals, leave the A– terminal open. I
5 MOT ENC B+ I 6 MOT ENC B-
Differential Encoder Input. For single ended encoder signals, leave the B– terminal open. I
7 MOT ENC I+ I 8 MOT ENC I-
Differential Encoder Input. For single ended encoder signals, leave the I– terminal open. I
PCAN – CAN Communication Connector
Pin Name Description I/O
1 N/C Not connected - 2 CAN_L CAN _L bus line (dominant low) I 3 CAN_GND CAN ground GND 4 N/C Not connected - 5 CAN_SHLD CAN shield, connected to Chassis PE 6 N/C Not connected - 7 CAN_H CAN_H bus line (dominant high) I 8 CAN_TERM Termination. Connect to CAN_H for CAN bus termination (120 Ohm) GND
9 CAN_V+ CAN external supply 7.5…24 VDC for isolated CAN interface I
PCN1 – RS232 Communication Connector
Pin Name Description I/O
1 N/C Not connected - 2 TX/-TX RS232: Transmit; RS485: -TX O 3 RX/-RX RS232: Receive; RS485: -RX I 4 N/C Not connected - 5 GND Signal ground GND 6 +TX RS485: +TX O 7 N/C Not connected - 8 +RX RS485: +RX I 9 N/C Not connected -
1 PDO-1 Programmable digital output O 2 GND Ground GND 3 PDO-2 Programmable digital output O 4 +REF I 5 -REF
Differential reference signal input, 12-bit resolution. Can also be used as programmable analog input 1. I
6 N/C Not Connected - 7 N/C Not Connected - 8 N/C Not Connected - 9 -PDI-5 Programmable, differential digital input or Direction - or Aux Enc B- I
10 PDO-3 Programmable digital output O 11 PDI-1 Programmable digital input I 12 PDI-2 Programmable digital input I 13 PDI-3 Programmable digital input I 14 N/C Not Connected - 15 +5V OUT 5V output from 5V logic supply O 16 GND Ground GND 17 +PDI-4 Programmable differential digital input, or Step+ or Aux Enc A+ I 18 +PDI-5 Programmable, differential digital input or Direction+ or Aux Enc B+ I 19 N/C Not Connected - 20 MOT ENC A+ O 21 MOT ENC A-
Encoder Output (from connector P3B, PCN3), not buffered O
22 MOT ENC B+ O 23 MOT ENC B-
Encoder Output (from connector P3B, PCN3), not buffered O
24 MOT ENC I+ O 25 MOT ENC I-
Encoder Output (from connector P3B, PCN3), not buffered O
26 -PDI-4 Programmable differential digital input, or Step- or Aux Enc A- I
PCN3 – Feedback Connector
Pin Name Description I/O
1 +HALL A Commutation sensor input. Can be used with single ended or differential Hall sensors. I 2 +HALL B Commutation sensor input. Can be used with single ended or differential Hall sensors. I 3 +HALL C Commutation sensor input. Can be used with single ended or differential Hall sensors. I 4 MOT ENC A+ I 5 MOT ENC A-
Differential Encoder Input. For single ended encoder signals, leave the A– terminal open. I
6 MOT ENC B+ I 7 MOT ENC B-
Differential Encoder Input. For single ended encoder signals, leave the B– terminal open. I
8 MOT ENC I+ I 9 MOT ENC I-
Differential Encoder Input. For single ended encoder signals, leave the I– terminal open. I
10 -HALL A Leave open in case of single ended Hall sensors. I 11 -HALL B Leave open in case of single ended Hall sensors. I 12 GND Ground GND 13 +5V 5V output from 5V logic supply O 14 N/C Not Connected - 15 -HALL C Leave open in case of single ended Hall sensors. I
Communication interface selection. CAN is only available on the DZC…. RS485 is only available on the DZR…. RS232 CAN RS485
JF3 Place holder for spare jumpers. No functionality. - - -
JF4 For use with DZC… only. Select to power the CAN interface internally from an on-board power supply or externally from CAN_V+ (12V) of the PCAN connector.
DZR… External CAN
supply (DZC…)
Internal CAN supply
(DZC…) JF5 Place holder for spare jumpers. No functionality. - - -
JF8 For use with DZC… only. Selects drive to be the terminating node in a CAN network.
DZR… or non-
terminating node
Terminating node -
DIP Switch Functions
CAN & RS-485 Address Settings
Node-ID SW1 SW2 SW3 SW4 SW5 SW6
Load from non-volatile memory OFF OFF OFF OFF OFF OFF 1 ON OFF OFF OFF OFF OFF 2 OFF ON OFF OFF OFF OFF 3 ON ON OFF OFF OFF OFF … … … … … … … 63 ON ON ON ON ON ON
CAN Bus & RS-485 Bit Rate Settings
Bit Rate (bits/sec)
CAN RS-485 SW7 SW8
Load from non-volatile memory Load from non-volatile memory OFF OFF 500K 9.6K ON OFF 250K 38.4K OFF ON 125K 115.2K ON ON
LED Functions
The MC1XDZ01 contains LEDs that indicate DC Power and Logic power supply status. The LEDs will light up when power is applied to P6-Power Connector and P7-Logic Power Connector.
The MC1XDZ01 mounting card is designed for easy installation and integration by means of quick disconnect screw-terminals and the ability to easily slide into a standard sized DIN mounting tray. The photo below shows a DZ-series amplifier installed onto the MC1XDZ01, which is inserted in a DIN mounting tray, with included mating connectors shown alongside (amplifier and mounting tray not included with MC1XDZ01 mounting card).
DIN MOUNTING TRAY EXAMPLE:
Manufacturer: Phoenix Contact ®
INCLUDED CONNECTORS:
Manufacturer: Phoenix Contact ®
2-position 3.5 mm spaced plug terminal (1 quantity, manufacturer part number: 1840366) 8-position 3.5 mm spaced plug terminal (4 quantity, manufacturer part number: 1840421)
Drive IndicatorIndicates the drive type(s) compatible with the mounting card
AxisNumber of axis supported
Product TypeMC indicates mounting card
RevisionOmit from part number when ordering
SeriesMounting card series
MC 1 DZ 01
All servo drive accessories listed in the selection tables of the website are readily available, standard product offerings. However, additional features and/or options are available for select drives and other possibilities can be made available for OEMs with sufficient volume requests. Feel free to contact Applications Engineering for further information and details. All specifications in this document are subject to change without written notice. Actual product may differ from pictures provided in this document.